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Cut Startup and Shutdown Losses with Better MES and OEE

Cut Startup and Shutdown Losses with Better MES and OEE

How to identify, quantify and reduce startup and shutdown losses at shift boundaries using production and downtime data.
Cut Startup and Shutdown Losses with Better MES and OEE

If you run a plant with multiple shifts, you already know that the line never really runs at full potential during the first and last minutes of each shift. Startup and shutdown losses look small in isolation, but across lines, shifts and sites, they quietly consume a large part of your available capacity.

For buyers of MES and OEE software, these losses are a critical use case. The right platform will not just calculate OEE, it will show you exactly what happens at shift boundaries, quantify the impact, and trigger actions in production and maintenance to shrink that gap between scheduled time and productive time.

What Startup And Shutdown Losses Really Are

Startup and shutdown losses are the performance and availability losses that occur at the beginning and end of a shift or production run. Typical examples include:

  • Slow ramp up after changeover or cleaning
  • Waiting for operators, materials or quality release at shift start
  • Extended warm up cycles where the line is running but not producing saleable product
  • End of shift slowdowns as operators prepare handover
  • Extra microstops and adjustments when teams change over
  • Early stoppages to perform routine cleaning and inspections

On a spreadsheet, these often appear as planned time or get hidden inside generic downtime categories. In an MES with OEE, they should be visible segments in your availability and performance timelines, tagged explicitly as startup or shutdown related, so you can target them in a structured improvement program.

Why MES And OEE Buyers Should Care About Shift Boundaries

When you evaluate MES and OEE platforms, it is easy to focus on big breakdowns or large quality events. Startup and shutdown losses are different. They are:

  • Highly repeatable, because shift patterns do not change every week
  • Heavily influenced by procedures and coordination, not just assets
  • Often accepted as normal, so nobody owns them
  • Small individually, but large in aggregate when multiplied by all shifts and lines

This makes them a perfect target for a digital platform like Fabrico, which captures production and downtime data directly from machines, calculates OEE in real time, and turns each loss into concrete maintenance and production actions.

How To See Startup And Shutdown Losses In Your Data

Before you can improve, you must make these losses unmissable in your daily and weekly reviews. When you assess MES and OEE solutions, look for these specific capabilities.

1. Clear shift awareness in the data model

The platform should support shift calendars, rotations and exceptions, and it should tie every production and downtime event to a shift and team. This gives you the ability to slice:

  • OEE by shift start and shift end windows
  • Average ramp up time after each shift change
  • Differences between crews in how they start and shut down the line

In Fabrico, shift structures and teams are native concepts, so you can analyze startup and shutdown performance by line, product, crew or site.

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2. Granular time resolution on production events

Startup and shutdown issues are rarely hours long. They are usually clusters of shorter events: microstops, speed losses, quality downgrades. Your MES should record:

  • Exact timestamps for speed changes, stops and restarts
  • Actual versus target rate for each time slice
  • Quantities of good and rejected units during ramp up and ramp down

This level of detail turns vague complaints about slow starts into a precise profile of what happens minute by minute, so your teams can redesign procedures instead of debating anecdotes.

3. Explicit classification of startup and shutdown losses

Downtime codes should distinguish between:

  • Technical issues during startup, for example sensor faults, lubrication, temperature control
  • Organizational issues, for example waiting for material, missing operator, late setup documents
  • Procedural steps, for example cleaning, changeover, format change, line clearance

Look for a platform that can automatically infer and suggest classifications using time, context and machine signals, while still allowing operators to confirm or refine the reason codes with minimal effort.

4. Shift boundary OEE views and loss trees

OEE dashboards should make it possible to zoom into specific time windows around shift changes. Useful viewing modes include:

  • Performance curves for the first and last 30 minutes of each shift
  • Loss trees where startup and shutdown are separate categories
  • Comparisons of startup performance across products and schedules

These views make startup losses visible as a distinct improvement lever, instead of burying them under generic availability or performance.

Using Startup And Shutdown Insights To Drive Actions

Good visibility is not enough. MES and OEE buyers should ensure that each identified loss can trigger concrete actions in maintenance and operations, without manual copy and paste into other tools.

Turning startup losses into maintenance actions

Some recurring startup problems, for example bearings that bind on cold start or sensors that drift overnight, are inherently maintenance related. Fabrico includes maintenance management as a built-in part of the platform, so when those patterns appear in your data, they can become:

  • Preventive maintenance tasks scheduled before the shift starts
  • Inspections focused on components that routinely cause slow ramps
  • Predictive alerts when startup behavior deviates from normal patterns

This keeps the connection between data and maintenance work orders tight, so issues that repeat at every shift change are systematically addressed instead of patched.

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Turning shutdown patterns into production actions

On the production side, a good MES and OEE platform will turn recurring shutdown patterns into operational changes, for example:

  • Standardizing end of shift cleaning and checks so they begin later and finish faster
  • Adjusting staffing so that handover, paperwork and material prep do not interrupt the last production minutes
  • Rebalancing changeovers and planned maintenance to minimize impact on the most valuable production windows

When each recorded event during shutdown is tied to an owner and an action, your teams can move from accepting early stops as normal to treating every minute as capacity worth protecting.

Startup And Shutdown Losses In Different Manufacturing Environments

The shape of startup and shutdown losses varies across industries. This matters when you select and configure MES and OEE, because the loss model and workflows need to reflect your reality.

Continuous and process plants

In continuous and process industries, warm up and stabilization times can dominate the first part of the shift. Temperature, pressure and chemistry must reach control limits before you can produce saleable product.

Fabrico supports these environments by combining real time data capture with a built-in maintenance module that targets the equipment issues behind slow stabilization. For a deeper look at this context, see our article on best MES and OEE software choices for continuous process plants.

CPG and high speed packaging

In consumer packaged goods, startup and shutdown losses are often tied to changeovers, materials and format changes. Lines may run at very high speed, so every minute lost in ramp up translates directly into thousands of units. In these plants you need:

  • Very granular speed and microstop tracking during startup
  • Clear mapping of losses to material, SKU and packaging format
  • Actionable insights that feed SMED and standard work initiatives

To understand how OEE and MES support these needs, explore our content on OEE for CPG manufacturing.

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Designing An OEE Improvement Strategy Around Shift Boundaries

Startup and shutdown performance should not be an isolated project. It belongs inside your broader OEE improvement strategy, with clear targets, routines and ownership.

1. Make startup and shutdown a distinct OEE loss category

When you structure your OEE loss tree, do not bury these losses inside generic categories like "minor stops" or "planned downtime". Define explicit startup and shutdown buckets and track them in all reviews so that:

  • Losses are visible and comparable across lines and plants
  • Leaders can assign owners and targets for reduction
  • Improvement projects can be scoped and measured in a straightforward way

2. Tie shift boundary losses to daily management

Your daily or shift review should include a fixed segment where supervisors and operators review startup and shutdown behavior, supported by MES dashboards. Typical questions:

  • How long did we take to reach target rate after shift start
  • How many microstops occurred in the first 30 minutes
  • Did we slow down or stop early before shift end, and why

The right platform makes it easy to pull up yesterday's events, drill down and agree actions in a short meeting.

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3. Connect improvement projects to the data

When you run kaizen or SMED workshops on startup and shutdown, your MES should be the primary source of evidence. Use it to:

  • Baseline current performance before changes
  • Quantify the impact of new procedures or staffing plans
  • Spot unintended side effects in other parts of the shift

We discuss how to structure this kind of data driven improvement work in more detail in our article on OEE improvement strategy.

What Fabrico Brings To Startup And Shutdown Loss Reduction

Fabrico is a cloud based MES and OEE platform built for manufacturers that want to turn data into concrete actions on the plant floor. It captures signals directly from machines, tracks production, downtime and speed in real time, and highlights startup and shutdown behavior as a distinct improvement opportunity.

Because maintenance management is built into the same platform, recurrent startup issues quickly become well defined maintenance tasks. Operators and maintenance teams work from the same dataset, with shared visibility of where shift boundary losses come from and what has been done about them.

For operations and continuous improvement leaders, this means startup and shutdown losses stop being "noise around the shift", and become a measurable performance lever that can be managed across all lines and sites.

Request a demo or Contact us to explore how Fabrico can help you identify, quantify and shrink startup and shutdown losses in your plants.

See how Fabrico unifies OEE and maintenance in one platform.

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